1. What is the Surface Area of the object above?

  1. 9.5 in2
  2. 18 in2
  3. 4.5 in2
  4. 6 in2

  1. What is the Volume of the object above?

  1. 1 in3
  2. 1.5 in3
  3. 2 in3
  4. 2.5 in3

  1. What is the Mass of the object above if the material has a density of.25 lb/in3?

  1. 6 lbs
  2. 3.75 lbs
  3. .375 lbs
  4. .6 lbs

  1. Which sketch tool is pictured?

  1. chamfer
  2. fillet
  3. spline
  4. offset

  1. Which sketch tool is pictured?

  1. chamfer
  2. fillet
  3. spline
  4. offset

  1. Which sketch tool is pictured?

  1. chamfer
  2. fillet
  3. spline
  4. offset

  1. What modeling tool is pictured above?

  1. Revolve
  2. Circular Pattern
  3. Mirror
  4. Emboss

  1. What modeling tool is pictured above?

  1. Revolve
  2. Circular Pattern
  3. Mirror
  4. Emboss

  1. What modeling tool is pictured above?

  1. Revolve
  2. Circular Pattern
  3. Mirror
  4. Emboss

  1. What modeling tool is pictured above?

  1. Revolve
  2. Circular Pattern
  3. Mirror
  4. Emboss

  1. Which of the following is not a Visual Design Element?

  1. Line
  2. Color
  3. Rhythm
  4. Texture

  1. Which of the following is not a Principle of Design?

  1. Balance
  2. Emphasis
  3. Unity
  4. Shape

  1. Observing a product’s use of the Visual Design Elements and the Principles of Design is known as ______?

  1. Functional Analysis
  2. Visual Analysis
  3. Computer Analysis
  4. Structural Analysis

  1. Observing a product’s use or purpose is known as ______?

  1. Functional Analysis
  2. Visual Analysis
  3. Computer Analysis
  4. Structural Analysis

  1. Observing a product’s composition or construction is known as ______?

  1. Functional Analysis
  2. Visual Analysis
  3. Computer Analysis
  4. Structural Analysis

  1. ______is the process of taking something apart and analyzing its workings in detail, usually with the intention of understanding its structure, function, and operation.

  1. Product Analysis
  2. Reverse Engineering
  3. Innovation
  4. Invention

  1. How many degrees of freedom are there?

  1. 2
  2. 3
  3. 4
  4. 6

  1. In Inventor, you draw 2-Dimensional shapes in ______mode?

  1. Model
  2. Visual
  3. Sketch
  4. Draw

  1. Once you have a 2-Dimensional shape in Inventor, you can ______the object into 3D space?

  1. Extrude
  2. Extend
  3. Pull
  4. Push

  1. What principle of design is being considered when sketching a bicycle tire in relationship to the size of its frame?

  1. Proportion
  2. Repetition
  3. Unity
  4. Shape

  1. What type of polygon does the adjacent picture represent?

  1. Acute
  2. Circumscribed
  3. Obtuse
  4. Inscribed

  1. Placed features such as ______and ______are edge treatments applied to a 3d solid model.

  1. emboss, engrave
  2. fillet, chamfer
  3. rib, web
  4. face, thicken

  1. If a single mate constraint is applied between the two opposing surfaces in an assembly, how many degrees of freedom will remain?

  1. 1
  2. 2
  3. 3
  4. 4

  1. This type of modeling is defined as when an object’s size is increased?

  1. Subtractive
  2. Mass Increasing
  3. Additive
  4. Degenerative

  1. This type of modeling is defined as when an object’s size is decreased?

  1. Subtractive
  2. Mass Increasing
  3. Additive
  4. Degenerative